Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

3-Amino acid synthesis

O DONNELL Ammo Acid Synthesis Amino acid synthesis by alkylation ot glycine denvaiives... [Pg.275]

Most commonly, a-phenylethylamine is used as chiral amine in the asymmetric Strecker synthesis. Amino acid derivatives have also been used quite successfully as chiral amines. Especially (S)-tert.-butylglycine tert.-butyl ester was proven to be a powerful chiral inductor iM>). The optical yields were as high as 96.5%. The best results were obtained in nonpolar solvents such as n-hexane 140>. [Pg.201]

Nucleotide synthesis amino acids------> purines, pyrimidines... [Pg.894]

Deoxyribonucleic acid is the genetic material such that the information to make all the functional macromolecules of the cell is preserved in DNA (Sinden, 1994). Ribonucleic acids occur in three functionally different classes messenger RNA (mRNA), ribosomal RNA (rRNA), and transfer RNA (tRNA) (Simons and Grun-berg-Manago, 1997). Messenger RNA serves to carry the information encoded from DNA to the sites of protein synthesis in the cell where this information is translated into a polypeptide sequence. Ribosomal RNA is the component of ribosome which serves as the site of protein synthesis. Transfer RNA (tRNA) serves as a carrier of amino acid residues for protein synthesis. Amino acids are attached as aminoacyl esters to the 3 -termini of the tRNA to form aminoacyl-tRNA, which is the substrate for protein biosynthesis. [Pg.79]

Figure 2.2. Products of Prebiotic Synthesis. Amino acids produced in the Urey-Miller experiment. Figure 2.2. Products of Prebiotic Synthesis. Amino acids produced in the Urey-Miller experiment.
Fine chemicals Aspartame synthesis Amino acid synthesis Antibiotics Protease (e.g. thermolysin) Aminoacylase Penicillin acylase... [Pg.359]

Proliferation prostaglandin and collagenase synthesis Amino, acid oxidation and proteolysis prostaglandin synthesis Increase in acute phase protein synthesis... [Pg.659]

Winitz, in their 1961 book, listed the 26 protein amino acids , six of which were later found to be formed from among the other twenty protein amino acids in the list of Greenstein and Winitz, after the protein had left the gene ( post-translational (sometimes called post-ribosomal) modification or post-translational processing ). Because of these changes made to the polypeptide after ribosomal synthesis, amino acids that are not capable of being incorporated into proteins by genes ( secondary protein amino acids , Table 1.2) can, nevertheless, be found in proteins. [Pg.7]

Sidransky, H. and Vemey, E., Effect of amino acid imbalances on the stimulatory effect of L-tryptophan on hepatic protein synthesis, Amino Acids, 12, 205,1997. [Pg.67]

P.O. Box 3426 Torrance, CA 90510 Internet site www.bachem.com solution or solid-phase custom synthesis amino acids, peptides, and other organic compounds pharmaceutical intermediates cGMP... [Pg.302]

Fig. 20.17. Efflux of intermediates from the TCA cycle. In the liver, TCA cycle intermediates are continuously withdrawn into the pathways of fatty acid synthesis, amino acid synthesis, gluconeogenesis, and heme synthesis. In brain, a-ketoglutarate is converted to glutamate and GABA, both neurotransmitters. Fig. 20.17. Efflux of intermediates from the TCA cycle. In the liver, TCA cycle intermediates are continuously withdrawn into the pathways of fatty acid synthesis, amino acid synthesis, gluconeogenesis, and heme synthesis. In brain, a-ketoglutarate is converted to glutamate and GABA, both neurotransmitters.
Protein Turnover in Liver 586 Some Aspects of Amino Acid Metabolism 587 Hippuric Acid Synthesis Cholate Synthesis Amino Acid Acetylation T ransmethylation... [Pg.538]

Folates are a group of water-soluble vitamins involved in DNA synthesis, amino acid metabolism and methylations. [Pg.444]

The dietary proteins are broken down into amino acids during digestion. They are then absorbed and distributed by the bloodstream to the body cells, which rebuild these amino acids into body proteins. Although the primary use of amino acids in the body is synthesis, amino acids can be catabo-lized as a source of energy. [Pg.694]

Overall, dietary protein requirements represent the amount of protein that is required to support net protein synthesis (growth, repair of damaged tissues, lactation, pregnancy, muscle hypertrophy, enzyme synthesis), amino acid oxidation, and the inefficiency inherent in the amino add recycling process. The two methods of determining protein requirements are the NBAL method and those using isotope tracers. [Pg.123]

Glycolysis Citric acid cycle -oxidation of fatty acids Hexosemonophosphate shunt Oxidative phosphorylation Fatty acid synthesis Pyrimidine synthesis Purine synthesis Amino acid activation Methylation and metabolism of single carbon compounds... [Pg.254]


See other pages where 3-Amino acid synthesis is mentioned: [Pg.448]    [Pg.614]    [Pg.138]    [Pg.585]    [Pg.902]    [Pg.448]    [Pg.614]    [Pg.232]    [Pg.185]    [Pg.298]    [Pg.191]    [Pg.1360]    [Pg.1945]    [Pg.69]    [Pg.683]    [Pg.250]    [Pg.2741]    [Pg.2194]    [Pg.428]    [Pg.11]   
See also in sourсe #XX -- [ Pg.124 , Pg.124 ]

See also in sourсe #XX -- [ Pg.239 , Pg.240 , Pg.241 , Pg.242 , Pg.243 , Pg.244 , Pg.245 , Pg.246 ]




SEARCH



1.3- Dipolar cycloaddition amino acid synthesi

3- Amino-4-hydroxy cinnamic acid synthesis

3-Amino-5-hydroxybenzoic acid synthesis

336 / Biochemistry amino acid synthesis

4- Amino-3-hydroxycinnamic acid synthesis

4- Amino-5-imidazolecarboxylic acid synthesis

A-Amino acids asymmetric synthesis

A-Amino acids, synthesis

Actinomycins biosynthesis, amino acid synthesis

Activation of amino acids, for protein synthesis

Acyclic amino acids synthesis

Acyl bromide, amino acid synthesis with

Acylase amino acid synthesis

Aldehydes in Strecker synthesis of amino acids

Aldimine asymmetric Strecker amino acid synthesis

Alkenes amino acid synthesis from

Amidase amino acid synthesis

Amino Acid Polymer Synthesis

Amino Acids Act as Negative Regulators of Their Own Synthesis

Amino Ammo acids, synthesis

Amino acid amidomalonate synthesis

Amino acid branched-chain synthesis

Amino acid conjugates synthesis

Amino acid derivatives, asymmetric synthesis

Amino acid esters peptide synthesis

Amino acid pathway synthesis

Amino acid peptide synthesis from

Amino acid sequences synthesis

Amino acid synthesis acetolactate synthase

Amino acid synthesis activated methyl cycle

Amino acid synthesis adenylation

Amino acid synthesis ammonia

Amino acid synthesis and

Amino acid synthesis branched pathways

Amino acid synthesis chorismate

Amino acid synthesis committed step

Amino acid synthesis enzymatic cascades

Amino acid synthesis enzyme multiplicity

Amino acid synthesis feedback inhibition/activation

Amino acid synthesis herbicide effects

Amino acid synthesis liver

Amino acid synthesis metabolic precursors

Amino acid synthesis methylation

Amino acid synthesis nitrogen fixation

Amino acid synthesis overview

Amino acid synthesis phosphorylation

Amino acid synthesis regulation

Amino acid synthesis regulatory domains

Amino acid synthesis shikimate

Amino acid synthesis substrate channeling

Amino acid synthesis tetrahydrofolate

Amino acid synthesis threonine deaminase

Amino acid synthesis vitamin

Amino acid, acetyl derivatives pyrimidine synthesis

Amino acid-based polymers polypeptide synthesi

Amino acid-based surfactants synthesis

Amino acids asymmetric synthesis

Amino acids catalytic asymmetric synthesis

Amino acids derivatives, synthesis

Amino acids dithiocarbamate synthesis

Amino acids enantioselective synthesis

Amino acids endogenous synthesis

Amino acids enzymatic synthesis

Amino acids ester synthesis

Amino acids in enantioselective synthesis

Amino acids in protein synthesis

Amino acids laboratory synthesis

Amino acids microbial synthesis

Amino acids peptide synthesis

Amino acids prebiotic syntheses

Amino acids protein synthesis

Amino acids simple alkylation synthesis

Amino acids solid phase peptide synthesis

Amino acids stereospecific synthesis

Amino acids synthesis via hydroformylation

Amino acids synthesis, from ammonia

Amino acids synthesis, triethylsilane

Amino acids, acylation syntheses

Amino acids, cell synthesis

Amino acids, dehydroenantioselective catalytic hydrogenation Erlenmeyer azlactone synthesis

Amino acids, dehydroenantioselective catalytic hydrogenation synthesis

Amino acids, enantioselective synthesis rearrangement

Amino acids, fluorinated synthesis

Amino acids, phase-transfer catalyzed syntheses

Amino acids, syntheses determination

Amino acids, syntheses properties

Amino acids, synthesis from thiophenes

Amino acids, synthesis hydrazone

Amino acids, synthesis iron-catalyzed

Amino acids, synthesis oxime

Amino acids, synthesis phenylhydrazone

Amino hydroxy carboxylic acid, derivative synthesis,

Amino-acids, synthesis from carbonylation

Aminotransferase-catalysed amino acid synthesis

Ammonia reaction with, amino acid synthesis

Arginine amino acid synthesis

Aromatic amino acid decarboxylase dopamine synthesis

Aromatic amino acid decarboxylase serotonin synthesis

Aromatic amino acids, synthesis

Asymmetric Strecker amino acid synthesis

Asymmetric Synthesis of Amino Acid Derivatives

Asymmetric Synthesis of Bicyclic Amino Acids

Asymmetric Synthesis of P-Amino Acids

Asymmetric syntheses of a-amino acids

Asymmetric synthesis, of amino acids

Asymmetrical synthesis of a-amino acids

Bacteria amino acid synthesis

Benzyl amino acid synthesis

Biotechnological and industrial synthesis of coded amino acids

Bucherer-Bergs synthesis, amino acids

Carbohydrates Strecker amino acid synthesis

Carboxylic acid derivatives synthesis 2-amino-2- acetonitrile

Chemical synthesis amino acid chelates

Chiral auxiliaries Strecker amino acid synthesis

Chiral reagents, amino acid synthesis with

Chiral synthesis of amino acid

Chloroplasts aromatic amino acid synthesis

Chorismate mutase, aromatic amino acid synthesis

Chromium compounds amino acid synthesis

Cobalt -amino acid chelates, synthesis

Cobalt -amino acid ester chelates synthesis

Combinatorial chemistry amino acid synthesis

Cyanohydrins, Strecker amino acid synthesis

Cyclic amino acids synthesis

Cyclohexadiene amino acids synthesis

DAHP synthase, aromatic amino acid synthesis

Derived Chiral Phase-Transfer Catalysts for Amino Acid Synthesis

DiPAMP ligand, amino acid synthesis

Diethyl acetamidomalonate, amino acid synthesis from

Dipeptide synthesis from amino acids

Enamide reactions amino acid synthesis

Enantio- and Diastereoselective Processes - Synthesis of a-Amino Acid Derivatives with Two Stereogenic Centers

Enantioselective Synthesis of Amino Acids

Enantioselective hydrogenation, amino acid synthesis

Enantioselective reactions amino acid synthesis

Enantioselective synthesis amino acids, phase-transfer catalysis

Enantioselective synthesis using amino acids

Enantioselectivity Strecker amino acid synthesis

Enzymatic Syntheses of a-Amino Acids

Enzyme-catalyzed synthesis of amino acid derivatives

Erlenmeyer amino acid synthesis

Escherichia coli amino acid synthesis

Essential amino acids acid synthesis

Esterase amino acid synthesis

Ferrocenoyl amino acids synthesis

Fungicides Acting on Amino Acids and Protein Synthesis

Gabriel amino acid synthesis

Glutamate amino acid synthesis

Glutamate semialdehyde amino acid synthesis

Glycinate Schiff Base Asymmetric Synthesis of a-Amino Acids

Glycine, Strecker amino acid synthesis

Glyco-amino acid synthesis

Glycosylated amino acids synthesis

Grignard reaction, amino acid synthesis

Hell-Volhard-Zelinskii reaction amino acid synthesis and

Heptonic acid, 7-amino-7-deoxy-, derivatives, synthesis

Herbicides that inhibit synthesis of amino acids

Humans and Rodents Synthesize Less Than Half of the Amino Acids They Need for Protein Synthesis

Hydrogenation reactions enantioselective, amino acid synthesis

Hydrolysis Strecker amino acid synthesis

Hydroxy amino acids synthesis

Imine products Strecker amino acid synthesis

Laboratory Synthesis of Amino Acids

Malonic acid, 2-amino-2-methyl synthesis

Mannich reaction, Strecker amino acid synthesis

Merck amino acid synthesis

Methylation in amino acid synthesis

Miller-Urey amino acid synthesis

Mushroom amino acid synthesis

Nonessential Amino Acid Synthesis

Nonproteinogenic amino acids, syntheses

Nutritionally nonessential amino acids synthesis

Other Alkylations for a-Amino Acid Synthesis

Other Amino Acid Syntheses

Other general methods of amino acid synthesis

Oxalacetate amino acid synthesis

P-amino acids, synthesis

Plant cells amino acid synthesis

Prebiotic organic synthesis amino acids

Protease amino acid synthesis

Protein synthesis amino acid activation

Protein, amino acid turnover synthesis

Pyruvate, amino acid synthesis

Reductive amination amino acid synthesis and

Rhodium-catalyzed hydrogenation amino acid synthesis

SCHOLLKOPF Amino Acid Synthesis

SOLID-PHASE SYNTHESIS OF HETEROCYCLES FROM PEPTIDES AND AMINO ACIDS

Seleno-amino acid, synthesis

Shikimate 3-phosphate aromatic amino acid synthesis

Shikimate dehydrogenase, aromatic amino acid synthesis

Shikimate pathway amino acid synthesis

Solid-phase peptide synthesis amino acid side chain protecting groups

Solid-phase peptide synthesis coupling protected amino acids

Solid-phase peptide synthesis polymer-bound amino acid

Solid-phase synthesis of unnatural amino acids and peptides

Solution phase synthesis, 21-amino acid synthetic protein

Specific Application in the Synthesis of Non-natural Amino Acids

Stereospecific synthesis of amino acids

Strecker amino acid synthesis

Strecker amino acid synthesis mechanism

Strecker synthesis, of amino acids

Sulfonic acids, 2-amino synthesis

Sulfur amino acid synthesis

Syntheses of Enantiomerically Pure P-Amino Acids

Syntheses of Enantiomerically Pure a-Amino Acids

Synthesis and Dietary Sources of Amino Acids

Synthesis from amino acids

Synthesis from coded amino acids

Synthesis of Canonical and Noncanonical Amino Acids

Synthesis of Enantiomerically Pure Amino Acids

Synthesis of Heterocycles and Amino Acids

Synthesis of a-Amino Acid Esters

Synthesis of a-Amino Acids

Synthesis of a-Amino Acids via Hydantoin Intermediate

Synthesis of amino acids

Synthesis of l amino acids

Synthesis of p-Amino Acids

Target-oriented synthesis 3-amino acids

The Synthesis of Amino Acids

The Synthesis of Glycosyl Amino Acids

Thiazole amino acids Hantzsch synthesis

Thiazole amino acids synthesis

Transfer RNA Carries Amino Acids to the Template for Protein Synthesis

Trifluoromethylated amino acids, synthesis

Trimethylsilyl cyanide , Strecker amino acid synthesis

Tyrosine amino acid synthesis

Use in amino acid synthesis

WAKAMATSU Amino Acid Synthesis

WILLIAMS-BEN ISHAI Amino Acid Synthesis

Y-Amino acids, synthesis

© 2024 chempedia.info